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Eva Elise Tvedt; Tamsin Meaney; Toril Eskeland Rangnes; Troels Lange – For the Learning of Mathematics, 2024
Learning mathematics is often justified as supporting students to make rational decisions, an important goal given the misinformation spread through social media every day. However, when asking preservice teachers to engage in a critical mathematics education activity in which they had to produce an argumentation that would persuade people to…
Descriptors: Persuasive Discourse, Credibility, Preservice Teachers, Mathematics Education
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Mirin, Alison; Zazkis, Dov – For the Learning of Mathematics, 2020
Much of the education research on implicit differentiation and related rates treats the topic of differentiating equations as an unproblematic application of the chain rule. This paper instead problematizes the legitimacy of this procedure. It develops a conceptual analysis aimed at exploring how a student might come to understand when and why one…
Descriptors: Calculus, Mathematics Education, Mathematical Concepts, Problem Sets
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Ferrari, Giulia – For the Learning of Mathematics, 2020
The article discusses the role of body movement, perception and kinaesthesia in mathematical thinking and accounts for the virtuality of mathematical concepts. A first person experience with a graphing motion software (WiiGraph), which involves ample body movements and is used to draw a circle, is presented. To study the unfolding of the…
Descriptors: Mathematical Concepts, Movement Education, Perception, Mathematics Education
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Vroutsis, Nikolaos; Psycharis, Giorgos; Triantafillou, Chrissavgi – For the Learning of Mathematics, 2022
In this article we address the 'educationalization' of authentic marine navigation tasks for upper secondary mathematics classrooms and their potential for students' learning. Our approach is based on boundary crossing and as well as on the distinction between realistic tasks (targeting students' familiarization with the marine navigation…
Descriptors: Navigation, Secondary School Students, Grade 10, Mathematics Instruction
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Thouless, Helen; Gifford, Sue – For the Learning of Mathematics, 2019
In this article we compare two frameworks for analysing young children's responses to the task of copying and extending a 6-dot triangle pattern. We used Mulligan & Mitchelmore's Awareness of Mathematical Pattern and Structure (AMPS) and then Biggs & Collis' SOLO taxonomy, both of which provide criteria for assigning levels. In comparison…
Descriptors: Preschool Children, Pattern Recognition, Geometric Concepts, Disadvantaged Youth
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Maciejewski, Wes; Barton, Bill – For the Learning of Mathematics, 2016
Originating from interviews with mathematics colleagues, written accounts of mathematicians engaging with mathematics, and Wes's reflections on his own mathematical work, we describe a process that we call mathematical foresight: the imagining of a resolution to a mathematical situation and a path to that resolution. In a sense, mathematical…
Descriptors: Mathematics Education, Mathematical Logic, Problem Solving, Imagination
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Kontorovich, Igor'; Zazkis, Rina – For the Learning of Mathematics, 2017
Mathematical conventions -- which account for the choices of mathematics community regarding definitions of concepts, their names and symbols -- are the focus of this paper. We introduce the task of unpacking, that is, offering plausible explanations and arguments for the choice of conventions. Using responses of four prospective teachers to the…
Descriptors: Mathematics Education, Mathematical Concepts, Mathematical Applications, Definitions
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Leikin, Roza; Winicki-Landman, Greisy – For the Learning of Mathematics, 2000
Addresses the definitions of several mathematical concepts and the relationships between them based on a theoretical framework presented in the first part. Presents two examples of mathematical activities on equivalent and non-equivalent definitions constructed in the context of professional development workshops for mathematics teachers.…
Descriptors: Definitions, Mathematical Concepts, Mathematics Activities, Mathematics Education
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Berger, Margot – For the Learning of Mathematics, 2004
In this article and part 2, the author focuses on how an individual appropriates notions from the socially-sanctioned body of knowledge called mathematics. Specifically, the author is concerned with how students, to a greater or lesser extent, internalise mathematical ideas that exist in the social world (on the chalkboard, in textbooks, in the…
Descriptors: Concept Formation, Mathematics, Mathematics Instruction, Mathematics Education